Europe's renewables boom is becoming a gas demand bust - "Combined electricity generation from Europe's wind and solar farms is on track to exceed output from gas-fired power plants for the longest stretch on record in 2026."[
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A decade ago, gas routinely generated more than twice as much electricity as the combined output from Europe's wind and solar fleet. In 2016, combined monthly output from solar and wind generally hovered between 30 and 45 terawatt hours (TWh), while gas-fired generation often exceeded 100 TWh, data from energy think tank Ember shows. Today the gap has vanished. Combined solar and wind output has climbed to around 80-110 terawatt hours a month while gas-fired generation has steadily lost ground. Throughout much of 2025 and 2026, renewable generation has matched or exceeded gas output for extended periods.
Crucially, this is not simply the result of favourable weather. Europe's gas-fired generation capacity has grown only modestly over the past quarter century, from 250 gigawatts to around 400 GW. Wind and solar capacity, meanwhile, has surged from under 20 GW to nearly 750 GW over the same period. Europe now has nearly twice as much installed wind and solar capacity as gas-fired capacity.
Europe's warning for US gas exporters - "[T]he European economy has learned its lesson after the gas crisis triggered by Russia's 2022 invasion of Ukraine: Renewables adoption and energy efficiency gains have allowed the EU economy to use
significantly less gas per unit of GDP than just a few years ago... Emerging economies watching Europe's experience are 'losing trust' in LNG as a reliable energy source..."
Renewables investment stagnates, but solar boom continues - "Global renewable energy investment fell to $327.5 billion in the first half of 2026, down 21% from a 2024 peak — but solar continues to grow at breakneck speed... The dip over the past few years was driven primarily by a major contraction of the offshore wind industry."
Africa set for solar installations record in 2026 - "The continent is on track to install 17 gigawatts of solar in 2026, up 45% year-on-year, according to the global energy think tank Ember and the African Tech Futures Lab. If fulfilled, it would mark the third consecutive record year for African solar installations."
US clean energy investment surges 22% in second quarter - "US clean energy and transportation investment reached $75 billion in the second quarter of 2026 — the second-highest quarterly figure on record and up 22% from the prior three-month period. The results, published by the Clean Investment Monitor, were largely
driven by retail investment, with residential battery storage installations, in particular, reaching $12 billion, double that of the first quarter, and coinciding with a long period of
solar price decline."
Battery storage capacity averaged 70% growth over the last three years - "During the first six months of 2026, operators added another 8.3 GW of battery storage capacity, reaching nearly 52 GW of nameplate battery storage capacity, based on our latest Preliminary Monthly Electric Generator Inventory. Operators anticipate bringing an additional 54 GW of battery storage capacity online over the next two and half years..."[
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also btw...
Europe can do better than US-style air conditioning - "The instinct is to bolt a dripping box to every building but there is a smarter, cooler way."
These dripping boxes on buildings around the world trace their existence to 1902, when a young engineer, Willis Carrier, built his first "apparatus for treating air" for a Brooklyn printing plant. Since then, they have been replicated on buildings and rooftops millions of times. However, the basic principle has remained remarkably similar: a refrigerator turned inside out, spitting hot air outdoors while bringing a welcome chill indoors.
But that principle has a problem. It does not reduce heat so much as move it, pushing it out of buildings and into the street. The hotter streets mean more cooling is required, producing more heat. As the temperature rises, the system has to work ever harder.
The way out of this loop is to exchange heat with the ground or the water instead. Many great cities were, not by accident, built around lakes, rivers or the sea, with the water acting as a thermal reservoir, holding temperatures relatively stable throughout the year.
Such systems can work at the individual building level. But the use of water to store excess heat can also allow them to scale up to whole city blocks.